Polish security-tech SME building data analytics and sensor integration platforms for law enforcement, border control, and cybersecurity across 23 EU projects.
ITTI is a Polish technology SME based in Poznań that builds software platforms for security and law enforcement applications — particularly multimedia analysis, sensor integration, and threat detection systems. They develop tools for processing big data from heterogeneous sources (CBRN sensors, surveillance feeds, cyber threat intelligence) and turning it into actionable intelligence. Their engineering work spans border control systems, cybersecurity solutions, malware detection, and crisis management platforms, consistently bridging the gap between raw data streams and decision-support for security operators.
Core contributor across MAGNETO (crime prevention analytics), PREVISION (predictive security intelligence), PROTECTIVE (cyber situational awareness), STARLIGHT (AI for law enforcement), and six more security projects.
Coordinated both EU-SENSE (CBRN sensor network) and EU-RADION (radiological detection), their only coordinator roles — indicating deep domain ownership.
Contributed to SIMARGL (stegomalware/ransomware detection with ML), SPARTA (cybersecurity skills and certification), ENSURESEC (e-commerce security), and STARLIGHT (cybersecurity for LEAs).
Worked on iBorderCtrl (intelligent border control), PROTECT (biometric border systems), and FOLDOUT (through-foliage detection for border surveillance).
Contributed to PROTON (organised crime/terrorist networks modelling), BRaVE (resilience against violent extremism), INDEED (de-radicalisation approaches), and APPRAISE (soft target protection).
Recent projects ELEGANT (edge-to-cloud analytics), SILVANUS (wildfire management platform with big-data framework), and ENSURESEC (distributed ledger security) show growing work on data infrastructure beyond pure security.
In 2015–2018, ITTI focused heavily on traditional security themes: crime prevention, counter-terrorism, border control, and cyber situational awareness — building tools for threat detection and risk management. From 2019 onward, the emphasis shifted toward cybersecurity (malware analysis, certification, e-commerce security), big data platforms, and AI-driven intelligence systems, with projects increasingly touching IoT, edge computing, and cross-domain applications like wildfire management and energy-efficient buildings. The trajectory shows a company moving from narrow security tool development toward broader data-intensive platform engineering, while keeping security as the unifying thread.
ITTI is expanding from security-specific tools into general-purpose AI and big data platforms, making them increasingly relevant for projects that need secure data processing across any domain.
ITTI operates overwhelmingly as a technical partner (21 of 23 projects), contributing specialized software development rather than leading consortia. They coordinated only twice — both times on CBRN/radiological sensor projects, suggesting they step into leadership only in their deepest niche. With 357 unique partners across 36 countries, they are a well-connected hub that adapts to diverse consortia rather than relying on a fixed circle of collaborators.
ITTI has collaborated with 357 distinct partners across 36 countries, giving them one of the broader networks among Polish security-tech SMEs. Their partnerships span Western and Eastern Europe extensively, with no obvious geographic bias beyond a natural EU focus.
ITTI occupies a rare niche as a Polish SME with deep, sustained credibility in EU security research — 23 H2020 projects over seven years is exceptional for a small company. Their particular strength is integrating heterogeneous data sources (sensors, multimedia, cyber feeds) into unified analysis platforms, a capability that transfers across domains. For consortium builders, they offer reliable engineering execution without the overhead of a large corporate partner, plus proven ability to work with law enforcement, civil protection, and cybersecurity communities simultaneously.
